59results about How to "Reduce glue overflow" patented technology

A flame-retarded quickly solidified silicon-free covering film for flexible circuit contains brominated epoxy resin, liquid phenolic epoxy resin, high-activity low-viscosity epoxy resin, acrylate copolymer, diaminodiphenyl sulfone (or methane), aluminium hydroxide, Sb2O3, and toluene/acetone. Its advantages are high adhesion and fire resistance.

The invention relates to an assembling structure of a camera module and an assembling method for reducing dimension of the camera module. The camera module comprises a lens barrel frame, an image sensor chip and a printed circuit board. At least one side of the lens barrel frame is provided with a gap. Partial sidewall of the lens barrel frame is eliminated, thereby realizing a purpose of reducingthe dimension of the camera module.

The invention relates to a two-in-one spray gun. The two-in-one spray gun comprises a gun body, a trigger and a conveying pipe connected to the rear portion of the gun body, wherein the front portionof the gun body is detachably connected with a nozzle mechanism. In order to facilitate replacement of the nozzle mechanism, a lock catch mechanism for locking the nozzle mechanism and the gun body isarranged between the nozzle mechanism and the gun body. The nozzle mechanism comprises a cylindrical and hollow shell. A connecting cover is arranged at the end, close to the gun body, of the shell.A conical funnel-shaped nozzle is arranged at the end, away from the gun body, of the shell. Compared with the prior art, the two-in-one spray gun has the advantages that raw materials and the gun body are separated, the structural size of the two-in-one spray gun is reduced, and operation is more flexible; an unlocking device at the trigger prevents misoperation; a nozzle consumable part is rapidly replaced through one key, and the efficiency is improved during continuous operation; and the whole components are simple and easy to machine, assemble, disassemble and clean.

The invention relates to the field of automobile filters, in particular to a bent gluing type automobile filter element machining device. The technical problem to be solved is to provide the bent gluing type automobile filter element machining device. According to the technical scheme, the bent gluing type automobile filter element machining device comprises a working frame plate, a control display screen, a bending system, a gluing system and the like; and the control display screen is connected with the working frame plate. The bent gluing type automobile filter element machining device achieves the effects that a filter element is bent and then glued, glue can stay on the upper surface of filter paper, the glue is automatically and evenly spread through automatic spreading of the filter paper, glue overflowing is reduced, meanwhile, the pressing direction of cloth is perpendicular to the wrinkle direction of the filter paper, the bonding force of the cloth is enhanced, and glue flowing is avoided.

The invention relates to a die cutting production method for a cut mark-free cotton adhesive tape . According to the method, a bottom film needs not to be replaced and waste is discharged conveniently, and the obtained cotton adhesive tape is free of burrs, cut marks and excessive glue. The production method comprises the following steps: feeding a laminated die obtained by laminating an isolatingfilm and the bottom film and the cotton adhesive tape without body paper step by step into a clearance machine for die cutting, wherein the cotton adhesive tape and the laminating die are stepped once after die cutting every time; cutting the middle main body part of the cotton adhesive tape by a lower cross cutter line, and forming a cotton adhesive tape unit, the width of which is equal to thestepping distance of the cotton adhesive tape, in the vertical direction of the middle main body part of the cotton adhesive tape during stepping every time and adhering the cotton adhesive tape unitto the surface of the isolating film; starting to calculate the die cutting number of times and the stepping number of times from 0 after stepping some time, encircling the cutting line of the middlemain body part of the isolating film by an upper cross cutter line and a side cutter line during (N+1)th die cutting and the cutting line of the middle main body part of the isolating film during Nthdie cutting after stepping for N times to form an isolating film unit; and discharging waste in the periphery of the isolating film unit.

The invention relates to a semiconductor packaging structure and base plate used thereby. The semiconductor packaging structure comprises a base plate which has a plurality of signal joint-fingers, a fictitious metal graph and at least a peripheral notch groove penetrating the base plate, a chip which is arranged on the base plate and has a plurality of welding cushions, a plurality of electrically connected elements for connecting the welding cushions of the chip and the signal joint-fingers of the base plate, and a sealed colloid body which is to seal the electrically connected elements and is filled in the peripheral notch groove. The fictitious metal graph extends the trimming to the peripheral notch groove and is electrically insulated from the signal joint-fingers, the base plate has a plurality of signal joint-fingers, the fictitious metal graph and at least a peripheral notch groove penetrating the base plate. Because the peripheral notch groove is favorable for mold flow to fill and reduce the excessive glue of mold seals and the shape of the trimming of the fictitious metal graph to the peripheral notch groove, the invention can inhibit the lateral warping amplitude of the base plate, lower the fracture probability produced by the base plate, and enhance the thermal stress resistance of the peripheral notch groove under the circulation of temperature, thereby avoiding the surface or the lateral sides of the chip from damaging.

The invention discloses a coating device and a coating method thereof. The coating device comprises a machine table, a coating member, an ultraviolet curing device and a baffle plate, wherein the machine table is used for carrying a to-be-coated panel, and the first surface of the to-be-coated panel is in contact with the machine table; the coating member is used for coating the side edge of the panel with a coating adhesive; the ultraviolet curing device is used for curing the coating adhesive on a target side edge of the panel; and the baffle plate is in contact with the second surface of the to-be-coated panel to prevent the coating adhesive from overflowing to a display area of the panel when the coating member coats the target side edge of the panel. By arranging the baffle plate in ato-be-coated area of a display panel before coating, an adhesive overflowing phenomenon in the coating process is reduced, so that the packaging yield of the display panel is improved.

The invention discloses a display device and a manufacturing method thereof, and belongs to the technical field of display. The display device comprises a first substrate and a second substrate which are oppositely arranged, wherein the side, which faces the second substrate, of the first substrate comprises a plurality of light-emitting elements; an adhesive layer is filled between the first substrate and the second substrate, and the first substrate and the second substrate are attached through the adhesive layer; and at least part of the adhesive layer extends to the edge position of the second substrate in the direction parallel to the plane where the first substrate is located. The manufacturing method of the display device is used for manufacturing the display device. The manufacturing method comprises the steps of providing a first substrate; sequentially arranging light-emitting elements and an adhesive layer on the first substrate; and providing a second substrate, wherein the first substrate and the second substrate are attached through the adhesive layer, and at least part of the adhesive layer extends to the edge position of the second substrate. According to the invention, the process steps are reduced, the manufacturing cost is reduced, the process efficiency is improved, and the product yield can be improved.

The invention relates to a die cutting detection process. The die cutting detection process comprises the following steps that an OCA (Optically Clear Adhesive) is placed on a heavy release film, andthe OCA and the heavy release film are laminated together through a laminating machine to form a composite film; the upper surface of the composite film is coated with a layer of uniform degumming protective agent; the composite film is stamped by using a blanking die, an OCA layer is blanked into a proper shape, and a detection mark is left on the composite film through a marking device; the composite film obtained in the previous step is stood for 15 minutes; a light release film is put on the upper surface of the composite film, and the light release film and the composite film are laminated through the laminating machine to form a finished film; the finished film is stamped by using a forming die, and a product is stamped and formed; and the machined product is detected; The degummingprotective agent is added in the film laminating process, bubbles are reduced, and the separation of the product and an adhesive tape is facilitated; and the die cutting effect of the product is directly judged by observing whether the product has the detection mark or not, other equipment is not needed for measurement, and defective products can be directly found.

The invention relates to the technical field of battery cell edge sealing glue dispensing, and discloses a glue dispensing method and device. The glue dispensing method specifically comprises the following steps that a glue dispensing port and an object to be subjected to glue dispersing are enabled to move relative to each other in the first direction and are enabled to move from the initial position of glue dispensing of the object to be subjected to glue dispersing to the final position of glue dispensing of the object to be subjected to glue dispersing so as to complete glue dispensing; and after glue dispensing is completed, the glue dispersing port and the object to be subjected to glue dispersing are enabled to move relative to each other in the second direction, and the second direction is opposite to the first direction so as to pull and break glue wires. According to the glue dispensing method and device, glue overflow and glue residues cannot be generated in the glue wire pulling and breaking process, in addition, glue droplets can drop onto glue tape when the glue wires are pulled and broken, and pollution to other equipment caused by glue can be further avoided.

The present disclosure relates to photovoltaic ("PV") solar cell comprising a frontside busbar tape in electrical contact with narrow front busbars (e.g., silver busbars). A single frontside busbar tape may be in electrical contact with a single narrow front busbar or with a dual set of narrow front busbars. The disclosure also relates to modified gridlines and methods of enhancing the electricalconnection between gridlines and narrow busbars and busbar tape on a solar PV cell.

The invention relates to a manufacturing method of a panel module. The manufacturing method of the panel module comprises the following steps of carrying out plasma cleaning treatment on a first base material, wherein the first base material is an organic base material, distributing an organic reagent on the first base material subjected to plasma cleaning treatment, meanwhile, enabling the area, to be coated with the liquid glue, of the first base material to be subjected to illumination treatment with the wavelength ranging from 100 nm to 500 nm, wherein the structure of the organic reagent contains double bonds and hydrophilic groups, coating the area to be coated with the liquid glue on the first base material with the liquid glue, and enabling a second base material to be attached to the liquid glue, and manufacturing the panel module. According to the manufacturing method of the panel module, excessive glue can be reduced, the adhesive force between the liquid glue and the first base material can be improved, and the phenomenon that the liquid glue is stripped from the first base material due to small adhesive force is avoided.

The invention discloses a manufacturing method of an intelligent full-color toning COB light source. The intelligent full-color toning COB light source comprises a packaging substrate, a COB chip and solid crystal glue. When the packaging substrate is prepared, an original solid crystal area is creatively set into a plurality of transverse die bonding grooves and longitudinal die bonding grooves, the sizes of the transverse die bondinggrooves and the longitudinal die bonding grooves are consistent with the sizes of the COB chip needing to be glued, meanwhile, the grooves are formed in the die bonding grooves, and after glue is dispensed in the die bonding grooves subsequently, the die bonding glue can enter the grooves, so that the glue overflowing condition can be reduced to a great extent, the die bonding glue is not prone to covering the side edge of the COB chip during glue joint, and the electric leakage condition is avoided. The COB light source prepared by the invention is high in light emitting efficiency and uniform in light emitting, the side edge of the COB chip is not coated with glue in the preparation process, the die bonding glue does not overflow, and the COB light source is high in yield and reliability, excellent in light emitting effect and higher in practicability.

The construction of semiconductor encapsulation mainly consists of a baseboard and a semiconductor component connected with base board by using Flip Chip Bonding. A link construction is set between the semiconductor and base board, and extends along with underside of the semiconductor component in order to press the semiconductor component on the base board. The link construction is formed by solidifying sticking agent, and has function of fixing connection and supporting. The method of semiconductor encapsulation is: a semiconductor component is set on base board and is connected with base board by using Flip Chip bonding; the sticking agent is coated along with underside of semiconductor encapsulation; at least one sticking construction is formed between the edge of underside of semiconductor component and base board, and is used to fix the semiconductor component on the base board.

A light emitting device comprises a substrate, at least one light emitting diode core, a sealing adhesive positioning layer and a first packaging adhesive body. The substrate is provided with a core setting area, the light emitting diode cores are arranged in the core setting area, the sealing adhesive positioning layer is arranged on the substrate, and at least part of the first packaging adhesive body covers the light emitting diode cores and contacts with the adhesive positioning layer. By the aid of the light emitting device, light emitted from the light emitting diode cores can be prevented from being blocked, and lighting effect can be enhanced.

The invention relates to a method for packaging a semiconductor with a cavity, which comprises the following steps of: a, providing a substrate of which the front side has a chip accommodating area; b, forming a barrier layer above the front side; c, coating a UV adhesive layer on the upper surface of the barrier layer; d, removing an area, corresponding to the chip accommodating area, in the UV adhesive layer; e, further removing an area, corresponding to the chip accommodating area, in the barrier layer; f, arranging a chip on the chip accommodating area in an open accommodating chamber and molding an wire on the chip to electrically connect the chip and the substrate; and g, arranging a cover layer on the UV adhesive layer and heating the UV adhesive layer to fix the cover layer on the barrier layer. The design of the invention can reduce glue overflow generated during the packaging of the semiconductor considerably; and the method can be implemented by the prior art without increasing equipment purchase cost.

The invention discloses equipment for injecting glue into bottle caps. The equipment structurally comprises a control machine case, an operation button, an operation panel, a base, an overflow cuttingdevice, a discharging pipe, a glue injection box, a sol box and a glue pipe. The control machine case is perpendicular to the rear end of the glue injection box. The operation button is embedded andinstalled in the outer wall of the operation panel. The equipment for injecting the glue into the bottle caps is structurally provided with the overflow cutting device, when the equipment is started and used, the bottle caps enter an armature from a material pipe, a half gear is used for rotationally driving an upper top plate to move downwards, when the upper top plate moves downwards, a cuttingtool embedded in the upper top plate trims the bottle caps, bearing columns are used for fixing the descending height of the upper top plate, and after cutting is finished, the upper top plate continuously descends, a lower contact is connected, an electromagnet is powered on through the contact, the armature is attracted, and the bottle caps above the armature fall down and are collected. By means of the device, the situation of glue overflow of the manufactured bottle caps can be reduced, and the product quality is improved.

The invention relates to the technical field of edge bands, in particular to a thermoplastic polyester elastomer (TPEE) polymer material back-coated hot air/laser edge band which comprises a UV gloss oil layer, a printing ink layer, a plastic base material layer, a joining layer PU and a modified TPEE polymer back-coated adhesive layer which are sequentially arranged from top to bottom. By adopting the modified TPEE polymer back coating adhesive layer, the problem of heat resistance is solved from the aspect of materials, the defects of adhesive overflowing and material blocking of the edge sealing strip are reduced, and the production efficiency is improved. The product percent of pass is improved and the reject ratio is reduced. The appearance attractiveness is improved, the surface smoothness is improved, and the surface hardness is improved. The product heat resistance is improved. Compared with an existing material, the processing temperature error-tolerant rate is improved, and processing in a small temperature range is not needed. The crystallization efficiency is improved, the cooling effect is accelerated, and the opening time is shortened. The edge sealing quality effect is improved, the zero-glue-line effect is achieved, and the viscous force of the edge strip and the plate is improved.